Charlotte Pipe Pvc 02400 1800HA 3 in Slip Tee Pvc White

Product Description

The Charlotte Pipe Foundry PVC 02400 1800HA is a 3-inch Schedule 40 PVC tee fitting designed to join a branch pipe into a run of pipe using a slip x slip x slip connection. All three ports accept solvent-weld connections, making installation straightforward for licensed plumbers and irrigation technicians. The fitting is white PVC and meets ASTM D 2466 requirements for pressure-rated Schedule 40 fittings. This tee is sold in a package quantity of 10 units and carries a combined package weight of 15.17 pounds, making it practical for stocking service vehicles or job-site supply.

This tee fitting is used in sprinkler and irrigation systems where a branch line must be tapped off a main run of pipe. The slip connection type is standard for solvent-cement PVC assembly in residential and light commercial irrigation layouts. Contractors installing zone lines, lateral runs, or distribution headers will find this fitting suitable for typical Schedule 40 PVC pipe work in outdoor and underground applications.

Key Features

• 3-inch slip x slip x slip configuration joins a branch to a straight pipe run
• Meets ASTM D 2466 requirements for Schedule 40 PVC pressure fittings
• White PVC construction suited for above-grade and below-grade irrigation use
• Solvent-weld connections on all three ports for a permanent, leak-resistant joint
• Sold in a package of 10 for efficient job-site stocking

Compatibility

Designed as an OEM-style Schedule 40 PVC tee for use with standard 3-inch Schedule 40 PVC pipe in sprinkler and irrigation systems conforming to ASTM D 2466.

Installation Notes

Installation is performed by licensed plumbers or qualified irrigation technicians using standard PVC primer and solvent cement per the fitting and cement manufacturer instructions. Shut off the water supply and relieve system pressure before cutting into any existing pipe run. Follow all applicable local plumbing and irrigation codes when making connections. Allow full cure time before pressurizing the system.